Search results for 'computer science'

A Master of Science (Computer Engineering) is an ideal qualification if you’re looking to conduct research in this industry. This is a research degree and you’ll get to embark on a research project in the computer engineering field. The topic may be an area you’re particularly interested in, that is relevant to your career plans or that you feel needs further exploration. You’ll develop your skills for future employment in research and education and may work in industry, business or government. The Master of Science (Computer Engineering) not only allows you to further your knowledge in your chosen field, you’ll also gain the skills to carry out advanced research and present your findings in a professional way. Your supervised research will involve opportunities to develop your research, communication and management skills through seminars, conferences and workshops. Your course follows a set plan of drafting a research plan, confirmation of candidature and submission of thesis. Enquire now for a full list of study units, entry requirements and start dates..

A Master of Science (Computer Science) will extend your skills with software and information systems, preparing you for a successful career in the computer industry. Whether you plan to work as a software developer, a programmer, a project manager or a systems analyst, this course will give you the knowledge and research skills you need. You’ll explore computer science development but also examine the social, economic and environmental impacts of the industry. The Master of Science (Computer Science) covers topics relevant to contemporary information technology development. You’ll look at computer programming, interactive computer systems and computer game development. The course covers systems engineering, data mining and enterprise security. Enquire now for a full list of study units, entry requirements and start dates..

A Master of Science (Computing) can help you develop the research skills to carry out a major research project in this field. This research-based qualification allows you to choose a topic relevant to the computing industry. It may be an issue affecting your current work, an area that is of strong interest to you or a subject you believe could be addressed with advanced research. This course prepares you to work in education or research in a range of fields including industry, business or government. The Master of Science (Computing) provides opportunities to improve your research, communication and management skills. You’ll attend workshops, conferences and seminars and develop the skills to conduct professional research and communicate your results. You’ll expand your computing knowledge, draft a research plan and submit a thesis. Enquire now for a full list of study units, entry requirements and start dates..

Become a computer systems engineer with the UEE50120 Diploma of Computer Systems Engineering. This nationally recognised VET qualification will teach you how to modify and redesign industrial computer systems, ensuring they are streamlined to achieve your organisation’s operational goals. The course covers: OHS procedures in electrotechnology work, commissioning industrial computer systems, sourcing IT materials and parts, designing and configuring networks, applying advanced routing protocols into network design, troubleshooting and problem solving. Enquire now for entry requirements, IT career and study pathways, and upcoming enrolment dates..

The Bachelor of Computer Science offers a comprehensive exploration into the realms of computing, blending both theoretical foundations and practical applications. This course aims to equip students with the critical skills necessary for a thriving career in software development and computing. Emphasising critical thinking, problem-solving, and hands-on project experiences, students will gain proficiency in the core principles of computer science. Graduates will emerge ready to address challenges and innovations in the ever-evolving IT landscape..

The Bachelor of Science (Computer Science) delves into the intricacies of algorithms, data, and computing systems, offering tools to enhance societal knowledge and well-being. This course covers fundamental principles in computational problem-solving, touching on data structures, algorithms, and programming languages. Students gain insights into software development, ranging from artificial intelligence to human-centric computing. This foundational knowledge paves the way for applications in diverse scientific fields or deeper exploration in computer science..

Advance your IT industry credibility and expertise with the Master of Computer Science. This post-graduate program allows you to contribute to the IT industry body of research while developing specialist skills in interest areas: software engineering, artificial intelligence, robotics, spatial information, data engineering and analytics, web services, cybersecurity, and more. With a Masters of Computer Science you’ll be qualified for executive and leadership roles as well as key management positions in IT research and project development. You’ll also graduate with a network of peers and industry connections. Enquire now for admissions information, career competencies and network opportunities, and universities near you that offer the Master of Computer Science..

The Bachelor of Engineering (Computer Systems) (Honours) is an innovative degree program that delivers a unique skillset. You’ll learn essential engineering principles while gaining professional competencies in hardware design, software development, telecommunications, and systems design. Graduate eligible for membership with Engineers Australia and to work overseas. The degree covers: engineering foundations, programming, algorithms and data structures, software development tools, computer engineering, circuitry and electronics, systems control, telecommunications principles, signal processing, professional placement, honours research project. Enquire now for admissions criteria, the full list of study units and complementary majors, and universities near you that offer the Bachelor of Engineering (Computer Systems) (Honours)..

Want to become a computer systems engineer? With the Bachelor of Computer Systems Engineering (Honours) you could be developing industrial hardware and software for manufacturing, housing, transport, aviation, civil construction, resources, and mining. Even better you’ll be eligible to join Engineers Australia and work in a number of countries around the world. Computer systems engineers need a working knowledge of the latest IT and engineering technologies, and in this program you can expect to be studying the IoT, communications networks, computer and electrical engineering, electronics design, software engineering, and cybersecurity. Enquire now for admissions criteria, study units and honours project details, and universities in your area that offer the Bachelor of Computer Systems Engineering (Honours)..

Wanting a qualification that opens doors in ICT? How about the Bachelor of Information and Communication Technology? You could major in cyber security, computer science, artificial intelligence, business analytics, networking, or software, and gain professional recognition with the Australian Computer Society (ACS). The degree covers: web development, programming, network administration, data management, cybersecurity, data structure and algorithms, operating systems, and more. Enquire now for the full list of admissions criteria, available study majors, and universities near you that offer the Bachelor of Information and Communication Technology..

The Bachelor of Science (Bioinformatics) combines statistics, mathematics, biology, and computer science to analyze and interpret biological data, especially from DNA sequencing. This interdisciplinary field is expanding due to advancements in DNA sequencing technology, leading to pivotal discoveries. Graduates are equipped to explore disease causes, track viral outbreaks, develop personalized medicine, or contribute to food security research. Potential career avenues span health, agriculture, academia, and governmental sectors..

The Bachelor of Science (Computational Science) delves into the world from sub-atomic interactions to galactic processes, encompassing areas from molecular biology to ecosystem dynamics. It's tailor-made for those eager to harness computers for mathematical models, simulations, and problem-solving. With a foundation in computer science fundamentals and advanced techniques like 3D graphics, this course paves the way for varied career opportunities in sciences like biology, earth sciences, and even fields like archaeology and visual art where computational skills are crucial..

The Bachelor of Science (Cyber Security) delves into both the practical and theoretical facets of cyber security, encompassing areas like network security, vulnerability assessment, digital forensics, and ethical hacking. It provides a foundational understanding of traditional computer and network security. Additionally, it addresses the evolving realm of secure computing, inclusive of devices like smartphones, tablets, and the Internet of Things (IoT)..

The Bachelor of Science (Data Science) offers analytical and computational skills rooted in statistics and computer science, enabling effective data management and interpretation. Students foster critical perspectives on data, grasp essential technical skills, and understand the context of data collection. Advanced studies emphasize multidisciplinary problem-solving, analytical frameworks, and clear communication of results. This course enhances abilities to handle extensive data volumes, visualize findings, and articulate insights to diverse audiences, preparing graduates for innovative roles in various data-centric industries..

The Bachelor of Science (Software Development) equips students with the knowledge and skills needed to create high-quality software that fulfills client requirements. Starting with foundational programming skills, this course teaches methodologies for requirement analysis, software design, and effective delivery of software solutions. It aims to prepare students for teamwork settings, emphasizing the reliable production of software outcomes..

The Bachelor of Information Technology (Software Development) imparts both conceptual and hands-on expertise in computer system technologies for crafting premium software. Students acquire the proficiency to devise software solutions for intricate challenges within Information and Communications Technology (ICT). Furthermore, they'll comprehend the systems' context for software creation and operation, equipping them for distinguished roles in the ICT sector. .

The Bachelor of Information Technology (Computer Science) fosters critical thinking and problem-solving capabilities in the realm of computing. Students delve into the theoretical foundations and practical systems prevalent in the industry, acquiring skills in algorithm design, software development, Artificial Intelligence (AI), and computer systems. This course equips graduates with the distinctive competence to conceive and implement computer and software solutions, addressing real-world challenges and potentially ushering in transformative advancements..

The Bachelor of Information Technology (Cyber Security) offers a deep understanding of cyber security principles and practices. Students gain skills in analysing and managing contemporary cyber challenges, mastering techniques to scrutinise systems, pinpoint vulnerabilities, and implement testing measures. The course encompasses a broad spectrum of architectures, from individual controllers to expansive internet systems, preparing graduates for adept roles in cyber protection..

The Bachelor of Information Technology (Data Science) focuses on imparting foundational principles and hands-on skills in data collection, management, and interpretation across diverse data forms. Students will gain expertise in extracting insights from vast and intricate data sets, encompassing both structured and unstructured data. The curriculum includes studies in database systems, data mining, document scrutiny, artificial intelligence, and machine learning, ensuring a well-rounded understanding of data science disciplines..

The Bachelor of Information Technology (Information Systems) is tailored to impart a profound understanding of information dynamics within organisations. This course integrates both conceptual and hands-on training, enabling students to grasp systems analysis, design, and the management of computer systems applications effectively. By delving deep into organisational structures and their pertinent IT needs, it ensures that graduates emerge with a comprehensive skill set, making them sought-after professionals in the ever-evolving Information Technology industry..

The Bachelor of Science (Honours) (Bioinformatics) offers students the opportunity to deepen their comprehension of bioinformatics through focused research. Students hone their analytical, written, and oral communication abilities. They are integrated into a research team within the School and undertake a supervised year-long research project, culminating in a thesis. This course provides a tailored learning experience, advancing at each student's pace. Supervisory guidance ensures effective training in a supportive setting, aiding students in making informed decisions regarding their scientific futures..

The Bachelor of Science (Honours) (Computer Science) delves into the intricate workings of computers and their software. This course focuses on foundational aspects such as computer programming, algorithms, data structures, networks, and operating system intricacies. Ideal for those with a technical inclination, it equips students with essential skills to undertake comprehensive software development projects, paving the way for contributions to technological advancements..

The Graduate Certificate in Business Administration (Computing) offers a harmonious blend of modern management principles with rigorous training for top-tier industry certifications. Covering pivotal areas such as IT governance, IT service management, IT quality management, and project management, this course ensures that learners are adeptly equipped to navigate both managerial and technological terrains. By merging these dual domains, the course readies individuals for leadership roles in our increasingly digital and interconnected global business environment. .

The Master of Information Technology (Computing) equips students with the skills to adeptly design, assess, and execute IT projects while anticipating future industry requirements. The curriculum delves into key areas such as IT project management, software creation, programming languages, artificial intelligence, and software design, ensuring a comprehensive understanding of the dynamic IT landscape..

The Master of Information Technology (Data Science) offers a comprehensive understanding of data science principles. This course is meticulously designed to equip students with the proficiency to provide tangible business solutions, leveraging the powers of data mining, analytics, and advanced data engineering. Furthermore, it accentuates the importance and application of visual datasets in the realm of business intelligence. Through this rigorous academic journey, students will be primed to navigate and transform the multifaceted landscape of data-driven decision-making..

The Master of Information Technology equips students with a deep understanding of core IT disciplines, encompassing computer programming, data analysis, and system optimisation. This course fosters the ability to diagnose and resolve technical challenges, ensuring proficiency in the design and management of innovative technical solutions. Graduates will be adept at driving operational efficiency and spearheading technological advancements in varied professional landscapes..

The Bachelor of Computer Science (Advanced Computer Science) offers students an in-depth understanding of cutting-edge computational techniques and technologies. This course delves into the core principles of computer science, fostering expertise in algorithm design, system development, and emerging technologies. With a blend of theoretical knowledge and practical application, graduates will be well-equipped to navigate and innovate in the rapidly evolving landscape of computer science, driving advancements in both industry and academia..

The Bachelor of Computer Science (Artificial Intelligence) delves into the transformative potential of AI and machine learning in contemporary society. Students acquire hands-on expertise with cutting-edge methods and technologies, encompassing cloud computing and software structures. The course offers real-world AI experiences across diverse industries through Work Integrated Learning. Emphasising areas such as robotic programming, expert systems, knowledge representation, data visualisation, and machine learning, it equips graduates to meet the pressing AI needs of various modern sectors..

The Bachelor of Computer Science (Cyber Security) delves into the essentials of secure computer systems and networks, aiming to protect data from unauthorised breaches and digital threats. As our digital interactions expand, the demand for skilled professionals in this field grows, especially within sectors like law enforcement, government, defence, and finance. This course covers both technical and political aspects, including topics like blockchain, IoT security, and multimedia protection. Additionally, students acquire defensive penetration testing skills, positioning them for ethical hacking certification..

The Bachelor of Computer Science (Data Science) offers a comprehensive exploration into the world of data analysis and interpretation. As data-driven decisions become pivotal in various industries, this course equips students with the essential skills to extract, process, and interpret large datasets. Emphasising both theoretical knowledge and practical application, students will delve into methodologies that transform raw data into actionable insights. This qualification paves the way for a future where students harness data to inform, innovate, and lead in their respective fields..

The Bachelor of Computer Science (Internet of Things) offers a comprehensive study of the rapidly expanding world of IoT. Students will immerse themselves in key areas including data capture, embedded systems, software architecture, and scalability. The course further delves into data mining and machine learning techniques, ensuring a well-rounded proficiency. With businesses increasingly recognising the transformative potential of IoT, this course equips students to meet the rising demand and become adept specialists in this evolving digital landscape..

The Bachelor of Computer Science (Software Development) is dedicated to cultivating proficient software developers equipped with foundational and advanced knowledge in coding, system design, and application deployment. This course delves into the intricacies of software lifecycle, from ideation to final product. Students will be adept in creating robust, scalable software solutions, ready for challenges in today's dynamic technological landscape. This qualification prepares graduates for rewarding careers in the ever-evolving software industry, spanning diverse sectors and platforms..

The Bachelor of Computer Science (Software Engineering) offers comprehensive insights into software creation, encompassing business strategy, design, coding, testing, and management of intricate software systems. This course addresses the challenges of producing vast, complex software, exemplified by operating systems like Windows, Linux, and Android, as well as office tools and flight control systems. Graduates will be well-versed in managing and developing large-scale software projects..

The Bachelor of Engineering (Honours) (Computer Systems Engineering) delves into digital and analogue electronic systems, computer architecture, and the integration of hardware and software. It covers the spectrum from microprocessor applications to supercomputer designs, embedded systems, and robotics. This course fosters a profound theoretical foundation, emphasising practical problem-solving, teamwork, and project evolution. Consequently, graduates possess robust analytical capabilities, equipping them to spearhead intricate projects with a diverse set of technical and adaptable skills..

The Bachelor of Engineering (Honours) (Electrical and Computer Systems Engineering) covers a vast spectrum of electrical and electronic engineering. From foundational concepts like circuits and signal processing to large-scale power and telecommunication systems design. The discipline encapsulates fields like biomedical, electronics, power engineering, robotics, and telecommunications. Students gain the expertise to design cutting-edge products, from smartphones and virtual reality systems to advanced medical robots for surgical assistance and rehabilitation..

The Bachelor of Engineering (Honours) (Software Engineering) is an academically rigorous course that equips students with the essential principles of software design, development, and maintenance. This course fosters analytical and practical skills, enabling graduates to engineer robust and efficient software solutions. Emphasising both theoretical foundations and real-world application, the curriculum prepares students for dynamic careers, shaping them into problem solvers and innovators in the rapidly evolving field of software technology./p>.

The Graduate Certificate in Information Technology emphasises computer programming, data analysis, and multimedia. It equips students with skills to identify and solve technical issues, enhance systems, and innovate in the workplace. The course covers problem-solving, programming, data modelling, and development. This qualification enriches IT expertise, aligning with employer needs and increasing employability. As digital skills become essential across industries, students gain the ability to explore new career opportunities and take on roles demanding higher capability. .

The Bachelor of Information Technology (Honours) offers students the chance to develop research skills and gain in-depth knowledge in a specific area of information technology. This course prepares students to contribute significantly to the knowledge economy, focusing on the creation of knowledge rather than just its application. It teaches students the rewarding process of linking cutting-edge knowledge with the IT industry, fostering a deep sense of satisfaction from bridging these two realms. .

The Bachelor of Computer Science (Honours) is a one-year course providing in-depth knowledge of computer technology, aimed at preparing students for leadership roles. It develops skills in communication, critical judgment, and ethical understanding, fostering independent and creative thinking. The course covers both theoretical and practical computing aspects, preparing students for computing-related careers. It includes hands-on experience in designing efficient, industry-standard software and understanding the underlying hardware, equipping graduates with comprehensive computing expertise. .

The Graduate Diploma in Information Technology is tailored for those new to computing or with a related bachelor's degree seeking broader IT understanding or further specialisation. This course provides a comprehensive IT education with the option to focus on up to two major areas. It equips students with essential skills for diverse roles in the IT industry, making it a suitable choice for those aiming for a foundation similar to an undergraduate Computer Science degree. .

The Graduate Certificate in Management offers an introduction to postgraduate studies, focusing on a comprehensive understanding of organisations within a global society. It encompasses perspectives from various organisational levels, essential for appreciating the work, people, and processes in today's competitive and publicly scrutinised global business environment. This course is designed to prepare students for an uncertain future by providing insights into the skills, attitudes, and professional capabilities required for effective management and leadership across different industry sectors..

The Bachelor of Software Engineering (Honours) equips students with the skills required to develop innovative technologies that drive change, positioning them as experts capable of addressing future business challenges with creative computing solutions. This course covers a wide array of stimulating subjects such as robotics, algorithms, programming, and software architecture. Students have the opportunity to apply their skills in world-class facilities, preparing them for successful careers in the rapidly evolving field of software engineering..

The Graduate Diploma in Computer Science is ideal for individuals with relevant experience and qualifications aiming to enhance their knowledge and acquire specialist skills in this field. This course provides expertise and practical experience in computer science, a rapidly growing area integral to our society. It focuses on merging technical knowledge with real-world applications and problem-solving abilities, equipping students to devise innovative solutions for current technological challenges..

The Master of Computing develops deep knowledge and understanding of professional software development and computing practices. This course offers cutting-edge content, with opportunities for students to specialise in fields like artificial intelligence, human-centred design and software development, or data science, depending on their background and interests. It is ideal for those aiming to advance their expertise in the dynamic computing industry, preparing graduates for a range of specialised roles in the ever-evolving landscape of technology..

The Graduate Certificate in Computing provides a postgraduate introduction to the field, ideal for individuals without prior IT knowledge. It enables graduates and professionals from non-IT backgrounds to enhance their skill set with a recognised computing qualification. This course is particularly relevant given the digital disruption affecting millions of jobs and the growing demand in data science, cyber security, IT management, health informatics, and software engineering. It prepares students for the expanding job opportunities in these areas, both in Australia and globally. .

The Doctor of Philosophy (Information Technology) is designed for deep exploration in the field of information technology. This course encourages students to conduct substantial and innovative research, contributing new insights to the IT discipline. It focuses on developing advanced research skills, analytical thinking, and technical expertise. Ideal for aspiring IT researchers and professionals, the course culminates in a thesis that makes a significant contribution to the technology sector, addressing complex problems and advancing knowledge in information technology. .

The Bachelor of Computer Science (Advanced) caters to individuals aspiring to a career in research and development within the forefront of technology. This demanding course comprises advanced coursework, extension activities, and research training, offering a comprehensive and challenging educational experience designed to equip students with the skills required for innovation in the rapidly evolving field of computer science. .

The Bachelor of Computer Science (Professional) offers a comprehensive skill set, ranging from theoretical and algorithmic foundations to the latest advancements in computing. This course focuses on developing exceptional programming skills and the capability to design, implement, and maintain intricate software systems, crucial for mobile devices, social media, and intelligent robots. It also provides a deep understanding of systems infrastructure, software methods, technologies, and application technologies, preparing students for a range of computing challenges and innovations. .

The Bachelor of Advanced Computer Science (Honours) focuses on imparting the fundamental principles of computer science alongside practical skills in software technology development. This course covers a wide range of platforms and applications, equipping students with the knowledge and abilities necessary to excel in various aspects of computer science. It is designed for those seeking a deep understanding of the field and the skills to apply this knowledge in a rapidly evolving technological landscape. .

The Bachelor of Information Technology and Systems (BITS) provides comprehensive education in contemporary IT fields including analytics, application development, cybersecurity, and computer networking, addressing current industry needs. Graduates gain a deep understanding of IT principles, exploring critical industry demands and their solutions through practical projects and internships. Emphasising both technical proficiency and essential soft skills like communication and problem-solving, the course prepares students for varied careers in IT, from software development to cybersecurity analysis and systems administration. Enquire now for the full list of elective choices, entry requirements, and available enrolment dates..